Process formula of emulsified liquid for refining linen fibers by pretreatment of wetting and oiling

Abstract

The invention discloses a process formula of emulsified liquid for refining linen fibers by pretreatment of wetting and oiling. The formula comprises the following ingredients in percentage by weight, which are added in 100 parts of linen fibers: 1to 2 parts of softening agents, 0.8 to 1.5 parts of electrostatic agents, 0.5 part of kerosene and 10 to 15 parts of water, wherein the softening agents can be Peregal O, and the electrostatic agents are antistatic agent SN. The obtained process formula of emulsified liquid for refining linen fibers by pretreatment of wetting and oiling has the advantages of stable process, convenient operation, no influence from other conditions, low running cost and easy application to industrialization, and can thoroughly permeate the interior of the linen fibers to achieve the soft and smooth effect, which enhances the cohesive force among the linen fibers and improves the spinnability, thereby meeting the requirement on spinning.

Description

technical field [0001] The invention relates to the textile industry, in particular to a technical formula for adding wet oiling pretreatment emulsion to refined flax fiber. Background technique [0002] After degumming, separation and modification, the flax fiber has high rigidity, rough and hard fiber, no curl between fibers, poor cohesion, poor uniformity and low strength. At this time, the flax fiber cannot withstand the careful opening and Fine carding, so in order to make the flax fiber can be normally carded, drafted, and meet the spinning requirements, it is necessary to soften the flax fiber after degumming, separation and modification to increase the spinnability of the flax fiber. Flax fiber is not effective for wet oil pretreatment emulsion, and the cohesion between flax fibers is not enough. Contents of the invention [0003] The purpose of the present invention is to provide a kind of silkiness effect good in order to solve the deficiency of above-mentioned ...

AI Technical Summary

Problems solved by technology

[0002] After degumming, separation and modification, the flax fiber has high rigidity, rough and hard fiber, no curl between fibers, poor cohesion, poor uniformity and low strength. At this time, the flax fiber cannot withstand the careful opening and Fine carding, so in order to make the flax fiber can be normally carded, drafted, and meet the spinning requirements, it is necessary to soften the flax fiber after degumming, separation and modification to increase the spinnability of the flax fiber. Flax fiber is not effective in wet oil pretreatment emulsion, and the cohesion between flax fibers is not enough